Toyota’s e-Palette Autonomous Vehicle To Be Put To The Test In The Real World

Toyota Motor Corporation announced an operations management system to support the providing of services that will enable practical use of the e-Palette, a battery-electric vehicle for autonomous mobility. In collaboration with a range of partners, it is also planning to operate the vehicles in Woven City, a fully connected prototype city, while targeting commercial use in multiple areas and regions in the early 2020s.

Also Read: 2021 Toyota Fortuner Teased Ahead Of Launch​

Toyota has developed an operations management system for e-Palette vehicles based on the Toyota Production System (TPS) ideology.

When announcing his goal to transition Toyota to a mobility company at the January 2018 CES, President Akio Toyoda also announced the e-Palette as a symbol of mobility that goes beyond cars to provide customers services and new value. The e-Palette, with automated driving functions, had its debut at last year's Tokyo Motor Show. It will provide a loop-line bus transportation service for athletes and related staff in the Olympic and Paralympic villages at the Olympic and Paralympic Games Tokyo 2020 that were postponed until July this year.

Toyota has developed an operations management system for e-Palette vehicles based on the Toyota Production System (TPS) ideology. This operations management system will be provided as new functions on Toyota's Mobility Services Platform (MSPF)*2 and will consist of the Autonomous Mobility Management System (AMMS), for connecting to vehicles and the e-Palette Task Assignment Platform (e-TAP) for connecting to people. The system will reduce customer waiting times and alleviate congestion to ensures services provide safety, peace of mind and comfort.

With the aim of achieving the ultimate TPS-based just-in-time mobility service, AMMS is able to dispatch e-Palette vehicles when needed, where needed, and in the amount needed. Operation schedules can be changed flexibly, with vehicles automatically dispatched and returned, according to real-time mobility needs. When additional vehicles are introduced into a service, the intervals between vehicles are adjusted to ensure even spacing of services. Vehicle abnormalities are also automatically detected and, if that happens, the vehicles are automatically returned to the depot and replacement vehicles are immediately dispatched on the route to ensure stability of operation. In an emergency, the vehicles can be stopped and returned to service remotely, with an extra level of safety management, to provide passengers with peace of mind.

Keiji Yamamoto, President of Toyota's Connected Company, commented, "As per the Toyota Philosophy that President Akio Toyoda introduced at our recent financial results announcement, we see our vision as "Creating Mobility for All" and believe that every person working at Toyota should take action that delivers happiness to mankind in line with our mission of Producing Happiness for All. One of the platforms for executing these actions is the e-Palette. With the addition of an operations management system, the evolved e-Palette will be refined and will grow with the never-finished, ever-growing Woven City."

Also Read: Toyota Announces Halt In Plant Operations In UK, France Amid New Virus Fears​

Toyota aims to work with partners to commercialize the e-Palette vehicles in multiple areas and regions in the early 2020s.

Human-centric, Woven City is a prototype city for testing and developing technologies such as automated driving, MaaS, personal mobility, robotics, smart homes and artificial intelligence, with e-Palette vehicles planned for operation there. Operating within a real-world environment where people live will provide a range of lessons through which the platform will continually evolve to enable services that provide customers with safety, peace of mind and comfort. Going forward, Toyota aims to work with partners to commercialize the e-Palette vehicles in multiple areas and regions in the early 2020s.